The forklift operator at a distribution center outside of Atlanta never saw the truck pull away. It was a Tuesday in October, 4:38 AM, second shift wrapping up. A 53-foot trailer was being unloaded at Bay 12. The dock leveler was deployed. Two pallets remained inside the trailer. The driver, waiting in his cab for twenty minutes, assumed loading was complete when the dock light stayed red too long. He released his brakes and pulled forward six inches. Six inches was all it took. The forklift operator drove onto the dock leveler at the exact moment the trailer shifted. The leveler lip dropped into open air. The forklift tipped forward, and the operator fell four feet onto concrete below. Fractured pelvis, shattered wrist, torn rotator cuff. He was 54 years old, nineteen years on the job, and six months from a planned retirement. The trailer had no vehicle restraint engaged. No wheel chocks were in place. The dock light communication system had been broken for three weeks and reported on a paper work order that sat in a maintenance backlog. OSHA investigated. Three citations were issued. The company paid $48,000 in fines. The workers compensation claim settled at $410,000. Lost productivity, temporary labor, and legal fees added another $220,000. Total cost of a six-inch trailer movement with no lockout procedures: $678,000. None of it had to happen. A functioning vehicle restraint, a working light communication system, and a digital maintenance platform that escalates overdue safety work orders would have kept that trailer locked to the dock and that operator on solid ground.
Shipping docks are where warehouses meet the open road, and they are among the most hazardous workspaces in any logistics or manufacturing operation. According to OSHA data and Bureau of Labor Statistics reporting, roughly 25 percent of all industrial accidents occur at loading docks. Between 2015 and 2020, approximately 33,000 employees missed work because of injuries sustained on loading docks, dock plates, and ramps, with the median time away from work reaching fourteen days per incident. Forty-nine workers died from loading dock incidents in that same window. Forklifts alone contribute to an estimated 35,000 to 62,000 injuries annually in the United States, and docks are where forklift risks concentrate most heavily. The five most common OSHA violations at loading docks are fall protection failures, hazard communication gaps, powered industrial truck infractions, PPE non-compliance, and lockout tagout deficiencies. Every one of these violations is preventable with documented procedures, maintained equipment, and a CMMS that ensures nothing falls through the cracks. This guide covers the full scope of shipping dock safety and lockout procedures, from trailer restraint protocols to pallet jack safety zones to forklift interaction rules, giving your team a complete compliance checklist backed by the operational data to prove why it matters.
25%
of all industrial accidents occur at loading docks according to OSHA reporting
$675M
estimated annual cost of loading dock accidents to U.S. businesses
$189K
average cost per individual worker injury accident at the loading dock
The Anatomy of Dock Accidents: Where Things Go Wrong
Shipping dock accidents do not happen randomly. They follow predictable patterns rooted in equipment failures, procedural gaps, and communication breakdowns. Understanding the specific failure points is the first step toward eliminating them. Maintenance teams that track these failure categories in a CMMS can identify which docks, which shifts, and which equipment types generate the most near-misses before a serious incident occurs.
HAZARD 01
Trailer Creep and Premature Departure
Trailers shift or pull away while forklifts are inside. Without vehicle restraints or wheel chocks, even slight movement creates a gap between dock and trailer, dropping forklifts or trapping workers between surfaces. This is the leading cause of dock fatalities.
Leading cause of worker fatalities at loading docks
HAZARD 02
Falls From Dock Edge
Open dock doors without barriers expose workers to 4-foot drops onto concrete or asphalt. OSHA requires fall protection for docks exceeding 48 inches. Slips increase dramatically during rain, snow, or when dock surfaces collect oil and debris.
Most frequent injury type reported at docks
HAZARD 03
Forklift-Pedestrian Collisions
Busy docks mix heavy forklift traffic with walking workers in tight spaces. Limited visibility around loaded forklifts, lack of designated pedestrian zones, and absent traffic management systems create constant collision risk.
Forklifts involved in ~20% of all dock injuries
HAZARD 04
Lockout Tagout Failures on Dock Equipment
Dock levelers, powered dock doors, vehicle restraints, conveyor systems, and compactors all contain stored hydraulic, electrical, pneumatic, or mechanical energy. Servicing these without proper LOTO procedures exposes maintenance workers to crush injuries, electrocution, and hydraulic fluid burns. LOTO violations consistently rank in OSHA's top 10 most-cited standards year after year.
LOTO ranks in OSHA top 10 most-cited violations annually
HAZARD 05
Unsecured and Shifting Loads
Improperly stacked or unwrapped pallets shift during transit or forklift handling, crushing workers or damaging equipment. Pallet jacks navigating uneven dock plates with top-heavy loads tip easily.
27 incidents per 10,000 workers from contact with objects
HAZARD 06
Carbon Monoxide Accumulation
Diesel trucks idling at docks in enclosed or poorly ventilated areas create invisible CO buildup. Workers experience headaches, dizziness, and impaired judgment before recognizing the hazard, which can be fatal in extreme cases.
Colorless, odorless threat requiring active monitoring
Every hazard on this list has a corresponding safety control, and every safety control requires functioning equipment and documented procedures to work. A vehicle restraint that has not been inspected in six months is not a safety control. A LOTO procedure written in 2019 that nobody has reviewed since is not compliance. Sign up free on OXmaint to digitize your dock safety checklists and ensure every inspection, every procedure review, and every equipment check happens on schedule with full documentation.
Shipping Dock Lockout Tagout: The Complete Protocol
Lockout tagout at shipping docks is governed by OSHA Standard 29 CFR 1910.147, which requires employers to establish energy control procedures for servicing and maintaining machines and equipment where unexpected energization or release of stored energy could cause injury. Dock environments involve multiple energy types simultaneously, making LOTO more complex than typical manufacturing lockout scenarios. A single dock bay may contain electrical energy in powered dock doors, hydraulic energy in dock levelers and vehicle restraints, pneumatic energy in air-powered conveyor feeds, and gravitational potential energy in elevated dock plates and overhead doors.
Preparation and Notification
Identify all energy sources for the specific dock equipment being serviced
Notify all affected dock workers, forklift operators, and truck drivers that equipment will be locked out
Gather LOTO kit: padlocks, hasps, tags, circuit breaker lockouts, valve lockouts
Review equipment-specific lockout procedure from CMMS or printed SOP binder
Equipment Shutdown
Shut down dock equipment using normal stopping procedures at the control panel
Ensure dock leveler is in the stored (flat) position before de-energizing
Close overhead dock door fully and verify it is at rest
Retract vehicle restraint to neutral position if applicable
Energy Isolation
Disconnect electrical supply at the circuit breaker for the dock bay being serviced
Close and lock hydraulic supply valves for dock levelers and vehicle restraints
Bleed hydraulic pressure from cylinders by cycling the control handle after electrical isolation
Shut off and disconnect pneumatic lines to air-powered systems
Lockout and Tagout Application
Apply individual padlock to each energy isolation point (breaker, valve, disconnect)
Attach warning tags with technician name, date, reason for lockout, and estimated duration
Use hasps for group lockout when multiple workers service the same dock bay
Post visible "DO NOT OPERATE" signage at the dock bay control panel and exterior light
Stored Energy Verification
Verify hydraulic pressure is fully bled by checking gauge reads zero
Confirm dock leveler plate is resting flat under gravity, not held by hydraulic pressure
Test dock door controls to confirm no electrical response
Check for spring tension in dock leveler lip mechanisms before servicing
Release and Re-Energization
Remove all tools, materials, and personnel from the dock bay area
Each authorized worker removes only their own lock (never remove another person's lock)
Notify all affected workers before re-energizing equipment
Test dock leveler, door, and restraint operation before returning bay to service
OSHA requires annual periodic inspection of all LOTO procedures. An authorized employee other than the one performing the lockout must observe and verify that steps are being followed correctly and that the procedure provides adequate protection.
Schedule a demo to see how OXmaint automates LOTO audit scheduling, assigns inspectors, and maintains compliant documentation.
Dock Equipment Safety Checklist: What to Inspect and When
Dock safety depends on equipment reliability. A vehicle restraint that fails to engage, a dock leveler that drops unexpectedly, or an overhead door that reverses too slowly are not maintenance inconveniences. They are the preconditions for fatalities. This inspection matrix covers every major piece of dock equipment with the frequency, specific inspection points, and red-flag conditions that should trigger immediate lockout and repair.
Equipment
Frequency
Critical Inspection Points
Immediate Lockout Triggers
Vehicle Restraints
Weekly
Hook engagement depth, ICC bar contact sensor, communication light function, hydraulic fluid level, mounting bolt torque
Hook does not fully engage ICC bar, communication lights inoperative, hydraulic leak visible, restraint cycles but does not lock
Dock Levelers
Weekly
Lip hinge condition, deck plate flatness, hydraulic cylinder integrity, hold-down springs, safety maintenance strut
Leveler drops without controlled descent, lip fails to extend or retract, maintenance strut bent or missing, hydraulic blow-out
Overhead Dock Doors
Monthly
Panel alignment, track condition, spring tension, safety reverse sensor, weather seal integrity, bottom bar contact strip
Door fails to reverse on contact, spring broken or unwinding, track separation from wall, panels cracked or bowed
Dock Bumpers
Monthly
Rubber compression, mounting hardware, projection distance from dock face, cracking or dry rot
Bumper compressed flat (no cushion), detached from dock face, exposed metal behind bumper
Dock Seals and Shelters
Quarterly
Foam compression, fabric tears, frame alignment, head curtain function, rodent damage
Seal completely collapsed (weather ingress), frame detached and protruding into dock bay
Wheel Chocks
Daily visual
Chock body integrity, cable/chain condition, mounting cradle present, grip surface condition
Chock cracked or broken, cable severed, chock missing from dock bay entirely
Dock Lights
Daily
Arm swing function, bulb output, flexible arm integrity, mounting hardware
Light completely non-functional, arm detached or cannot hold position inside trailer
Communication Lights (Red/Green)
Daily
Both interior and exterior lights operational, correct color indication tied to restraint status, driver visibility
Either interior or exterior light non-functional, light shows green when restraint is not engaged
Paper-based inspection logs for dock equipment fail for the same reason they fail everywhere: they get skipped, they get lost, and they do not escalate failures to the people who can authorize repairs. A digital CMMS turns every inspection row in this matrix into a recurring task with photographic evidence requirements, automatic escalation for red-flag findings, and a permanent audit trail that satisfies OSHA documentation requirements. Book a demo to see how OXmaint transforms dock safety inspections from clipboard compliance into real-time equipment reliability management.
Pallet Jack Safety Zones and Operating Protocols
Pallet jacks, both manual and powered, are the most common material handling equipment on shipping docks after forklifts. Their smaller size creates a false sense of safety that leads to complacency. A loaded electric pallet jack weighs upward of 6,000 pounds and can crush feet, ankles, and legs when operated without designated travel lanes and safety zones. Manual pallet jacks on inclined dock plates can accelerate beyond operator control, sending loads and equipment off dock edges.
Within 6 feet of open dock edge when no trailer is present
No pallet jack operation permitted. Physical barriers or retractable safety gates required. Only authorized personnel may enter to deploy dock equipment for incoming trailers.
Dock leveler surface and first 10 feet inside trailer
Reduced speed limit of 2 mph for powered pallet jacks. Manual jacks require two-person operation on inclined dock plates. Trailer must be restraint-confirmed before any equipment enters. Operator must verify dock plate is level and stable.
Inside trailer beyond 10 feet from dock edge and warehouse floor staging area
Standard operating speed permitted. Designated travel lanes separated from pedestrian walkways by painted lines or physical barriers. Loaded jacks travel with load facing uphill on any grade. Horn or audible alert required at aisle intersections.
Manual Pallet Jack Rules
Never ride a manual pallet jack as a scooter on dock surfaces
Lower forks completely before crossing dock plates or thresholds
Maximum load per manufacturer rating, never estimated
Pull, do not push, loaded jacks down inclined dock plates
Inspect wheels and hydraulic lift mechanism at shift start
Powered Pallet Jack Rules
Operator training and certification required per OSHA 1910.178
Battery charging only in designated ventilated areas with spill containment
Emergency reverse belly button tested daily before first use
2 mph maximum in dock transition zones, 5 mph on warehouse floor
Never operate with wet or oily hands on control tiller
Trailer Restraints: The Non-Negotiable Safety System
Vehicle restraints are the single most effective piece of safety equipment at a loading dock. They physically lock the trailer to the dock by engaging the ICC bar (rear impact guard) on the back of the trailer, preventing both trailer creep during loading and premature departure by the driver. Wheel chocks alone are insufficient for modern dock operations because trucks can pull trailers directly over chocks, wet or icy conditions reduce chock effectiveness, and chocks do nothing to prevent driver-initiated departure. OSHA Standard 29 CFR 1910.178(k)(1) requires wheel chocks or positive mechanical restraint, but the standard clearly favors mechanical restraints when available.
Wheel Chocks Only
Driver can pull trailer over chocks in most conditions
Ineffective on wet, icy, or gravel surfaces
Requires worker to walk behind trailer in traffic lane
No communication system to driver or dock workers
Frequently missing, broken, or not returned to cradle
Cannot prevent trailer creep from forklift momentum transfer
Vehicle Restraint System
Mechanically locks ICC bar, physically preventing movement
Functions in all weather and surface conditions
Operated from inside the dock, no exposure to yard traffic
Integrated light communication tells driver and dock status
Permanently mounted, always available when dock is in use
Absorbs forklift momentum transfer without releasing trailer
Loading dock accidents cost U.S. companies an estimated $675 million annually, and the average cost of a single worker injury at the dock reaches $189,000. Installing automatic vehicle restraints and maintaining them through a scheduled inspection program is the single highest-ROI safety investment any dock operation can make. Sign up free to create vehicle restraint maintenance schedules and track engagement verification for every dock bay at every shift.
Forklift Interaction Safety at the Dock
Forklifts and loading docks are inseparable in logistics operations, but the combination creates the conditions for the most severe dock injuries. Falls from dock edges in forklifts can be fatal. Pedestrian strikes in congested dock areas cause life-altering injuries. Tip-overs on uneven dock plates or inside trailers with weak floors send operators to the hospital. Every one of these scenarios has documented OSHA standards and proven engineering controls that prevent them.
01
Pre-Entry Verification
Before any forklift enters a trailer, the operator must visually confirm: vehicle restraint engaged and green light displayed, dock leveler properly deployed and stable, trailer floor inspected for holes or soft spots, trailer chocked if restraint not available, and dock plate rated for combined forklift and load weight.
02
Dock Edge Awareness
Maintain a safe distance from the dock edge at all times. Paint dock edges with high-visibility yellow striping at least 12 inches wide. Watch for tail swing when turning near open dock doors. Never use forklifts to open or close freight doors. Install curbed ramps and dock boards to prevent lateral sliding.
03
Pedestrian Separation
Establish physically separated pedestrian walkways with painted lines and barriers wherever possible. Use colored traffic light systems at dock bay entrances. Forklifts must sound horn before exiting a trailer where visibility is blocked. Pedestrians never walk behind or between a backed-in trailer and the dock face.
04
Speed and Load Management
Reduce speed on dock approaches, dock plates, and inside trailers. Only transport stable, safely arranged loads. Shrink-wrap or band pallets before transport. Never exceed the dock leveler or bridge plate rated capacity. Back down ramps when loaded; drive forward up ramps when loaded to maintain center of gravity.
05
Daily Operator Inspections
OSHA mandates daily pre-shift forklift inspections covering brakes, steering, tires, hydraulics, mast chains, forks, lights, horn, and seatbelt. Defective forklifts must be removed from service immediately. Track inspections digitally to eliminate the "pencil-whipped" paper checklist problem and create real accountability.
Forklift inspection compliance drops 40% with paper checklists. Digital pre-shift inspections on OXmaint take 3 minutes, auto-flag defects, and alert supervisors instantly when a forklift needs to be pulled from service.
The Real Cost of Dock Safety Failures
Dock accidents generate costs that extend far beyond the immediate injury. Understanding the full financial impact helps maintenance managers and safety directors justify the investment in proper equipment, procedures, and digital safety management tools.
Direct Costs
$15K-$161KOSHA fines per violation (serious to willful)
$50K-$410KWorkers compensation per serious injury
$5K-$50KEquipment damage and repair
Operational Costs
$8K-$25KLost productivity per incident (dock shutdown, investigation)
$3K-$15KTemporary labor and overtime to cover injured worker
$2K-$10KProduct damage from accident (crushed, contaminated freight)
Long-Term Costs
15-35%Insurance premium increase after claims
$50K-$500KLitigation and legal defense
ImmeasurableReputation damage, employee morale, difficulty hiring
Reactive Safety vs. CMMS-Driven Dock Safety Program
The difference between a facility that reacts to dock accidents and one that prevents them comes down to whether safety equipment inspections, LOTO procedures, and operator certifications are managed on paper or in a digital system that enforces accountability.
Dock equipment inspections
Clipboard checklists, often skipped or pencil-whipped
Scheduled digital tasks with photo evidence and GPS confirmation
LOTO procedure compliance
Paper SOPs in binders nobody reads after initial training
Digital procedures accessed on mobile, with completion tracking
Annual LOTO periodic inspection
Often forgotten until OSHA auditor arrives
Auto-scheduled annually with assigned inspector and audit trail
Vehicle restraint maintenance
Repaired only when workers report failure
Weekly PM tasks with condition scoring and trend tracking
Forklift pre-shift inspections
Paper forms with no verification or follow-up
Digital checklist with defect auto-escalation to supervisor
Safety equipment defect response
Paper work orders in backlog for weeks (like the Atlanta dock light)
Priority-flagged work orders with SLA timers and escalation chains
OSHA audit readiness
Scramble to compile records, gaps inevitable
Instant report generation with complete inspection history
Annual dock safety cost (20-bay facility)
$340K+ (reactive repairs, fines, claims, downtime)
$45K-$80K (preventive maintenance, platform, training)
Implementation Roadmap: From Zero to Compliant in 8 Weeks
Whether your facility has never had a formal dock safety program or your current program exists only on paper, this roadmap builds a complete, OSHA-compliant, digitally managed dock safety and lockout system from the ground up. Sign up free and start building your program today.
Week 1-2
Dock Safety Audit
Inspect every dock bay: leveler, door, restraint, bumper, seal, lights
Document all energy sources per dock bay for LOTO procedure development
Photograph and tag all deficiencies for immediate work order creation
Register every piece of dock equipment as an asset in CMMS
Week 3-4
Procedure Development
Write equipment-specific LOTO procedures for each dock equipment type
Define pallet jack safety zones and paint floor markings
Establish forklift-pedestrian separation zones with signage and barriers
Build digital inspection checklists for daily, weekly, and monthly tasks
Week 5-6
Training and Certification
Train all dock workers on updated LOTO procedures with hands-on practice
Certify forklift operators per OSHA 1910.178(l) requirements
Train affected employees on their role during lockout activities
Conduct pallet jack safety training including zone awareness
Week 7-8
Go-Live and Verification
Activate all recurring inspection schedules in CMMS
Run first LOTO periodic inspection with designated inspector
Verify all safety equipment deficiencies from audit have been resolved
Establish monthly dock safety KPI review with operations leadership
Key Dock Safety Metrics to Track
What gets measured gets managed. These KPIs give dock supervisors, safety managers, and operations directors real-time visibility into whether the safety program is working or whether gaps are developing before they become incidents.
0
Dock Incidents per Quarter
Target: Zero recordable incidents
Track incidents, near-misses, and first-aid events separately. Near-miss reporting should increase as culture improves.
100%
Vehicle Restraint Engagement Rate
Target: Every trailer, every time, no exceptions
Any engagement rate below 100% means forklifts are entering trailers that could move. One miss is one potential fatality.
100%
LOTO Procedure Compliance
Target: All servicing follows documented procedure
Annual periodic inspection completion rate must be 100%. Any gap is a direct OSHA citation risk.
98%+
Pre-Shift Forklift Inspection Rate
Target: Every forklift, every shift, documented
Digital inspections should auto-flag defective units. Track defect discovery rate as an indicator of inspection quality.
24hr
Safety Defect Resolution Time
Target: Critical safety defects resolved same shift
The Atlanta dock light sat in backlog for 3 weeks. A CMMS with SLA timers and escalation prevents this.
95%+
Dock Equipment PM Completion Rate
Target: All scheduled maintenance completed on time
Overdue PM on safety equipment is not a scheduling issue. It is a liability. Track and escalate aggressively.
Frequently Asked Questions
What OSHA standards specifically apply to loading dock safety and lockout tagout?
Several OSHA standards converge at the loading dock. 29 CFR 1910.147 governs lockout tagout procedures for controlling hazardous energy during equipment servicing. 29 CFR 1910.178 covers powered industrial truck (forklift) requirements including wheel chocking and operator training. 29 CFR 1910.23 addresses fall protection at dock edges above 48 inches. 29 CFR 1910.176 covers material handling including dock plate and dock board safety. 29 CFR 1910.1200 addresses hazard communication for chemicals present in dock environments. All of these standards require documented procedures, employee training, and periodic inspection, making a centralized CMMS essential for maintaining compliance across all applicable requirements simultaneously.
How often must lockout tagout procedures be inspected at loading docks?
OSHA requires at least one periodic inspection per year for each energy control procedure. This inspection must be conducted by an authorized employee other than the one who normally uses the procedure. The inspector must observe employees performing the LOTO procedure, review responsibilities with authorized employees, and verify the procedure provides adequate protection. For tagout-only procedures, the inspection must also include review with affected employees. The employer must certify in writing that the inspection was performed, including the machine or equipment, date, employees inspected, and inspector identity. A CMMS automates the scheduling, assignment, and documentation of these annual inspections.
Are vehicle restraints required by OSHA or are wheel chocks sufficient?
OSHA Standard 29 CFR 1910.178(k)(1) requires wheel chocks under rear wheels during loading and unloading. However, OSHA has issued guidance clarifying that positive mechanical restraint systems are an acceptable alternative and are preferred when available because they provide superior protection. Mechanical restraints that engage the ICC bar physically prevent trailer movement regardless of weather conditions, surface type, or driver action. OSHA considers docks equipped with properly installed and maintained vehicle restraints to be in de minimis compliance with chocking requirements, meaning the restraint replaces the need for chocks when functioning correctly. The critical requirement is that whatever system is used must be consistently applied and properly maintained.
What training is required for dock workers under OSHA standards?
Training requirements span multiple standards. Forklift operators must receive training per 1910.178(l) covering both truck-specific and workplace-specific topics, with evaluation by the employer before independent operation. All employees exposed to hazardous energy must receive LOTO training appropriate to their role: authorized employees learn to perform lockout, affected employees learn to recognize when procedures are in place, and other employees learn not to interfere. Fall protection training is required where dock edge exposure exists. Hazard communication training covers chemical exposures. All training must be documented, refreshed periodically, and updated when procedures change, equipment changes, or after incidents reveal knowledge gaps.
What are the OSHA penalties for dock safety and LOTO violations?
OSHA penalties for serious violations can reach $16,131 per violation, with willful or repeated violations carrying penalties up to $161,323 per violation. LOTO violations consistently appear in OSHA's annual top 10 most-cited standards. Loading dock inspections frequently result in multiple citations covering fall protection, forklift operations, LOTO, and hazard communication simultaneously, meaning a single inspection can generate $50,000 to $500,000 in combined penalties for a facility with systemic dock safety deficiencies. Beyond direct fines, OSHA can require immediate abatement of hazards, and failure to abate carries additional daily penalties until compliance is achieved.
How does a CMMS improve dock safety compared to manual safety management?
A CMMS transforms dock safety from a paper exercise into an enforceable management system. Every dock equipment inspection becomes a scheduled, assigned, tracked digital task with photo documentation requirements. LOTO procedures are stored digitally and accessed on mobile devices at the point of work instead of buried in binders. Defect discoveries automatically generate prioritized work orders with SLA timers, preventing safety issues from aging in backlogs. Annual LOTO periodic inspections are auto-scheduled and tracked for completion. Forklift pre-shift inspections become digital checklists that instantly flag defective units and alert supervisors. The audit trail satisfies OSHA documentation requirements instantly during inspections rather than requiring days of scrambling to compile paper records.
What is the ROI of investing in a dock safety and LOTO program with CMMS?
A 20-bay distribution center typically spends $340,000 or more annually in reactive dock safety costs including emergency repairs, OSHA fines, workers compensation claims, and operational downtime from incidents. A proactive CMMS-driven dock safety program including preventive maintenance, digital inspections, and LOTO management costs $45,000 to $80,000 annually. This represents a 4-7x return on investment in the first year. The ROI increases over time as the inspection data reveals degradation trends in dock equipment, enabling planned replacements during scheduled downtime instead of emergency repairs during peak shipping periods. Insurance premium reductions of 10-20% from documented safety programs add additional savings.
That Atlanta Forklift Operator Retired With a Limp Instead of a Pension Party
A $48,000 OSHA fine. A $410,000 workers comp settlement. A $220,000 operations loss. All because a dock light sat broken for three weeks and a vehicle restraint was never engaged. Your docks have the same equipment, the same procedures, and the same gaps waiting to become the same story. Close the gaps before OSHA finds them or before gravity does.
